KR100656408B1 - Apparatus for watering for cleaning - Google Patents

Abstract

The present invention relates to a sprinkling apparatus for washing, comprising: a main support (10) provided with a pair of rotating shaft supports (14) having a bearing portion (12) projecting at right angles on an outer circumferential surface and spaced apart from each other; A nozzle mount (20) rotatably fitted to the bearing portion (12) of each of the rotary shaft supports (14) and having a rotary shaft (24) having a sprocket (22) at one end thereof attached to a bottom surface thereof; A spraying nozzle 30 fixedly installed on an upper surface of the nozzle mounting unit 20 and connected to a water supply hose 16 to receive washing water; A connection chain 40 connecting the sprockets 22 of the nozzle mounting brackets 20 on both sides; And installed on the main support 10 between the pair of spray nozzles 30 is connected to the connection chain 40 and to transfer the rotational force of the rotary motor 50 to the connection chain 40 spraying nozzle 30 It is configured to include a forward and reverse rotation drive unit 60 for forward and reverse rotation at a predetermined angle. Therefore, while the main support having a plurality of spray nozzles is moved along the guide rail in the barn, the plurality of spray nozzles are rotated forward and backward at a predetermined angle to obtain the effect of spraying evenly inside the barn.

Sprinkler for cleaning, main support, nozzle mount, spray nozzle, connecting chain

Description

Apparatus for watering for cleaning}

1 is a perspective view showing a state in which the watering device for cleaning according to the present invention is coupled with a moving means.

Figure 2 is an exploded perspective view showing a state in which the water spray nozzle is installed in the main support of the watering device for cleaning according to the present invention.

Figure 3 is an exploded perspective view showing a forward and reverse rotation drive of the sprinkling device for cleaning according to the present invention.

Figure 4a, 4b is a schematic perspective view showing a state in which the guide plate is linearly moved as the rotating link of the forward and reverse rotation drive of the washing sprinkler according to the present invention.

Figure 5 is a schematic plan view showing a state in which the guide plate is linearly moved as the rotary link of the forward and reverse rotation drive unit of the washing sprinkler for cleaning according to the present invention.

6A and 6B are main parts perspective views illustrating a state in which a chain connector moves a chain as the rotary link of the forward and reverse rotation drive unit rotates in the sprinkling apparatus for cleaning according to the present invention.

Figure 7a, 7b is a schematic diagram showing the operating state of the washing sprinkler according to the present invention.

** Description of the symbols for the main parts of the drawings **

10: main support 12: bearing part

14: rotating shaft support 16: water supply hose

20: nozzle mounting bracket 22: sprocket

24: rotating shaft 26: support ring

30: spray nozzle 32: auxiliary hose

33: water supply valve 40: connection chain

50: rotary motor 51: drive shaft

60: forward and reverse rotation drive unit 61: housing

61a: through hole 61b: guide slit

62: rotary link 62a: camshaft

62b: support groove 63: guide plate

63a: guide hole 64: chain connector

65: rotating bearing 66: support

67: fastener 70: moving means

71: guide rail 72: moving wheel

73: drive motor

The present invention relates to a sprinkling apparatus for washing, and more particularly, a plurality of sprinkling nozzles installed on the main support are rotated forward and backward at a predetermined angle while the main support is moved along the guide rail in the house. The present invention relates to a watering device for cleaning to ensure that watering works are evenly distributed.

In general, the inside of the barn, such as a poultry farm, is easy to be contaminated by manure of livestock, so it is necessary to clean it from time to time so that livestock can be sanitary.

However, in order to clean the inside of a conventional barn, it is very difficult to wash because the worker directly sprays the water, and in the case of a large barn, the ceiling is high and the interior space is quite large. There was a problem such that the washing operation is not made properly.

The present invention has been made to solve this problem, while the main support having a plurality of spray nozzles is moved along the guide rail in the barn while the plurality of spray nozzles are rotated forward and backward at a predetermined angle, the spraying inside the barn It is an object of the present invention to provide a watering device for washing to be evenly made.

Washing apparatus for cleaning the present invention for achieving the above object is a main support which is provided with a pair of rotating shaft support having a water bearing portion and projecting in a right direction on the outer peripheral surface and spaced apart from each other; A nozzle mounting unit rotatably fitted to the bearing portion of each of the rotary shaft supports, and having a rotary shaft having a sprocket at one end thereof attached to a bottom thereof; A spraying nozzle fixedly installed on an upper surface of the nozzle mounting unit and connected to a water supply hose to receive washing water; A connecting chain connecting the sprockets of both nozzle mounting units; And installed on the main support between the pair of spray nozzles is connected to the connection chain and comprises a forward and reverse rotation drive unit for transmitting the rotational force of the rotating motor to the connection chain to the water spray nozzles forward, reverse rotation at a certain angle .

In addition, in the washing sprinkler of the present invention, the forward and reverse drive unit, the guide is formed in parallel with the connecting chain on the other side having a through hole through which the drive shaft of the rotating motor penetrates inwardly on one side A housing having a slit; A rotary link having one end coupled to a drive shaft of the rotating motor penetrated into the housing and having a cam shaft at the other end thereof; The cam shaft of the rotary link is slidably inserted and has a guide hole formed in a direction crossing the guide slit, and is disposed on the inner side of the guide slit of the housing to reciprocally slide along the guide slit by the pressing force of the cam shaft when the rotary link is rotated. Guide plate; And a chain connector disposed on the outer side of the guide slit of the housing and integrally connected to the guide plate and the connecting chain, respectively, so that the connecting chain is reciprocated for a predetermined distance along the guide slit when the rotary motor rotates. .

In addition, in the sprinkling device for cleaning of the present invention, it is preferable that the rotary bearing is further provided to smoothly slide along the guide hole of the guide plate on the cam shaft of the rotary link.

In addition, in the sprinkling apparatus for washing according to the present invention, the main support is formed in a semi-circle corresponding to the ceiling shape inside the barn, it is preferable that a plurality of spray nozzle pairs connected to the connection chain is provided on the main support.

In addition, in the sprinkling apparatus for cleaning according to the present invention, the main support is movable integrally coupled with the moving means having a moving wheel and a drive motor for driving the moving wheel and the moving wheel is moved along the guide rail of the stall inner ceiling. Is preferred.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

As shown in Figures 1 to 7b, the sprinkling apparatus for cleaning according to the present invention is provided with a main support 10 having a pair of rotary shaft support 14 having a water bearing portion 12, and a sprocket 22 at one end thereof. Nozzle mounting base 20 having a rotating shaft 24 having a bottom face), a sprinkling nozzle 30 fixedly mounted on an upper surface of the nozzle mounting base 20, and a sprocket 22 of both nozzle mounting units 20; Is connected to the connection chain 40 and the connection chain 40 is configured to include a forward and reverse rotation drive unit 60 for transmitting the rotational force of the rotary motor 50.

The main support 10 is a pipe shape having a semi-circle shape corresponding to the semi-circular ceiling shape inside the barn, the outer peripheral surface is provided with a plurality of spraying nozzles 30 pairs connected to the connection chain (40).

In addition, the main support 10 has a moving wheel 72 which is moved along the guide rail 71 of the barn ceiling and a driving motor 73 for driving the moving wheel 72. It may be combined with the movement, or a moving wheel (not shown) that can move the main support 10 and a drive motor (not shown) for driving the moving wheel is installed directly on the main support (10). It could be.

On the outer circumferential surface of the main support 10, a pair of rotary shaft supports 14 protruding at right angles, spaced apart from each other, and having a bearing portion 12 are provided.

Here, the rotary shaft support 14 is a rod-shaped extending in a direction perpendicular to the main support 10, in this rotation shaft support 14 is extended in parallel with the main support 10 and spaced apart from each other at a predetermined interval and The bearing 12 is provided so that the rotary shaft 24 of the nozzle mounting table 20 can be condensed.

The nozzle mounting stand 20 has a plate shape that allows the spraying nozzle 30 to be rotated forward and backward by a predetermined angle in a state in which the spraying nozzle 30 is disposed in parallel with the main support 10. On the bottom surface thereof, a rotary shaft 24 is integrally attached to the bearing 12 of the rotary shaft support 14 and has a sprocket 22 at one end thereof.

Here, reference numeral 26 denotes a support ring 26 for supporting the spray nozzle 30.

The sprinkling nozzle 30 has a long rod shape, is fixedly installed on the upper surface of the nozzle mounting table 20 and is connected to the auxiliary hose 32 of the water supply hose 16 to receive the washing water.

Here, the water supply hose 16 is fixedly disposed throughout the main support 10 to supply the washing water to the spray nozzle 30, the auxiliary hose 32 branched from the water supply hose 16 is the spray nozzle It is configured to be connected to 30.

In addition, the auxiliary hose 32 is provided with a water supply valve 33 for supplying and blocking the washing water to the water spray nozzle (30).

The connecting chain 40 connects each sprocket 22 of the nozzle mounting table 20 spaced apart from each other in a track shape by a pair, so that the rotational force of the rotary motor 50 is connected to the sprocket 22 through the connecting chain 40. ), And as a result, the spray nozzles 30 of the nozzle mount 20 rotated by the rotation of the sprocket 22 are rotated forward and reverse within a predetermined angle range.

The reverse rotation drive unit 60 is installed on the main support 10 between the pair of spray nozzles 30 is connected to the connection chain 40 and transmits the rotational force of the rotary motor 50 to the connection chain 40 As the spray nozzle 30 is to be rotated forward and reverse at a predetermined angle, the reverse rotation drive unit 60 will be described in more detail below.

The forward and reverse rotation drive part 60 has a housing 61 having a hollow hole on one side thereof and a through hole 61a on one side thereof, and a guide slit 61b on the other side thereof, and one end thereof coupled to the driving shaft 51, and the other. A rotary link 62 having a cam shaft 62a at an end thereof, and a guide hole 63a through which the cam shaft 62a of the rotary link 62 is slidably inserted, and a guide slit 61b of the housing 61. A guide plate 63 disposed on the inner side and a chain connector 64 disposed on the outer side of the guide slit 61b of the housing 61 and integrally connected to the guide plate 63 and the connection chain 40, respectively. .

The housing 61 has a box shape with an empty inside, and a through hole 61a is formed at one side to allow the drive shaft 51 of the rotary motor 50 to penetrate therein, and the other side thereof with an inner space therebetween. An elongated guide slit 61b formed in parallel with the connecting chain 40 is formed therein.

The rotary link 62 has one end coupled to the drive shaft 51 of the rotary motor 50 penetrated into the housing 61 and the guide hole 63a of the guide plate 63 at the cam shaft 62a of the other end thereof. It has a rectangular rod shape provided with a rotary bearing 65 which is axially slid.

The guide plate 63 is arranged to slide while the rotary bearing 65 of the rotary link 62 is axially rotated in the center thereof, and crosses the guide slit 61b in a cross shape, that is, perpendicular to the connection chain 40. A rectangular plate having a long hole-shaped guide hole (63a) formed in the direction, is disposed on the inner surface of the guide slit (61b) of the housing 61 to reciprocate along the guide slit (61b) during rotation of the rotary link 62 It is supposed to slide.

That is, one side surface of the guide plate 63 in contact with the guide slit 61b is integrally coupled with the chain connector 64 disposed on the outer surface of the guide slit 61b of the housing 61, and the guide plate ( The rotary bearing 65 of the rotary link 62 is disposed in the center guide hole 63a of the 63. When the rotary link 62 is rotated by the rotary motor 50, the rotary bearing 65 is rotated by this rotational force. Sliding along the guide hole (63a) at the same time the pressing force by the rotational force to press the guide plate 63 in the rotational direction, wherein the guide plate 63 is a chain connector on the outer surface with the guide slit (61b) in between As a result, the guide plate 63 is reciprocally slid along the guide slit 61b by the rotation of the rotary link 62. The chain connector 64 also moves the guide slit 61b together. The reciprocating motion is to reciprocate the connecting chain 40.

On the other hand, the rotary bearing 65 is inserted into the guide hole (63a) of the guide plate 63 is a rotary bearing (5) disposed on the cam shaft (62a) so as not to escape to the outside while sliding along the guide hole (63a) A support groove 62b is formed in a predetermined portion of the outer circumferential surface of the camshaft 62a corresponding to the front and rear ends of the), and is coupled to the support groove 62b to support the front and rear ends of the rotary bearing 65. Preferably, a fixture 66, such as an e-ring, is provided.

The chain connector 64 is a quadrangular column shape disposed on the outer surface of the guide slit 61b of the housing 61, and is integrally coupled to the guide plate 63 inside the housing 61 and at the same time outside the housing 61. The coupling chain 40 is integrally coupled to the connecting chain 40 so that the connecting chain 40 reciprocates along the guide slit 61b when the rotary link 62 is rotated.

Reference numeral 73 is a fastener for fastening the guide plate 63 and the chain connector (64).

Washing device for cleaning according to the present invention according to this configuration operates the moving means 70 so that the main support 10 is moved along the guide rail 71 of the barn interior ceiling, each auxiliary hose of the main support 10 ( Open the water supply valve 33 of 32 to supply water to the spray nozzle 30, and when the rotary motor 50 of the forward and reverse rotation drive unit 60 is operated, the rotary link 62 rotates to guide the plate 63. Pressurization in the rotational direction results in the guide plate 63 reciprocating along the guide slit 61b, and at the same time, the chain connector 64 outside the housing 61 which is integrally coupled with the guide plate 63 is connected. The chain 40 is reciprocated, and at this time, the sprocket 22 connected to the connecting chain 40 is forward and reversely rotated, so that the spray nozzles 30 of the nozzle mounting stand 20 are forward and backward at a predetermined angle. To be rotated.

Thus, while the main support 10 is moved along the guide rails 71 in the longitudinal direction of the stall, the spray nozzles 30 on the main support 10 are rotated forward and reverse, so that the spray is performed toward the side of the stall. It is to make the cleaning work in the whole house.

As described above, the washing sprinkling apparatus according to the present invention, while the main support having a plurality of sprinkling nozzles are moved along the guide rail in the barn, the plurality of sprinkling nozzles are sprinkled inside the barn while being rotated forward and backward at a predetermined angle. To achieve an even effect.

Claims (5)

A main support (10) provided with a pair of rotary shaft supports (14) protruding at right angles on the outer circumferential surface and spaced apart from each other, and having a bearing portion (12); A nozzle mount (20) rotatably fitted to the bearing portion (12) of each of the rotary shaft supports (14) and having a rotary shaft (24) having a sprocket (22) at one end thereof attached to a bottom surface thereof; A spraying nozzle 30 fixedly installed on an upper surface of the nozzle mounting unit 20 and connected to a water supply hose 16 to receive washing water; A connection chain 40 connecting the sprockets 22 of the nozzle mounting brackets 20 on both sides; And The rotary link 62 is installed on the main support 10 between the pair of spray nozzles 30 and is connected to the connection chain 40 and transmits the rotational force of the rotation motor 50 to the connection chain 40. Forward and reverse rotation drive unit 60; Washing device configured to include. According to claim 1, wherein the forward and reverse drive unit 60, The inside is empty and has a through hole 61a through which the drive shaft 51 of the rotary motor 50 penetrates in one side, and has a guide slit 61b formed in parallel with the connection chain 40 on the other side thereof. A housing 61; A rotary link 62 having one end coupled to a drive shaft 51 of the rotary motor 50 penetrated into the housing 61 and a cam shaft 62a provided at the other end thereof; The cam shaft 62a of the rotary link 62 is slidably inserted and has a guide hole 63a formed in a direction crossing the guide slit 61b, and is formed on the inner surface of the guide slit 61b of the housing 61. A guide plate 63 arranged to reciprocally slide along the guide slit 61b by the pressing force of the camshaft 62a when the rotary link 62 rotates; And It is disposed on the outer surface of the guide slit 61b of the housing 61 and connected integrally to the guide plate 63 and the connecting chain 40, respectively, so that the connecting chain 40 is rotated when the rotating motor 50 is rotated. Chain connector (64) for reciprocating a certain distance along; Washing device configured to include more. The method of claim 2, The sprinkling device for cleaning, characterized in that the rotating bearing (65) is further provided on the cam shaft (62a) of the rotary link (62) to smoothly slide along the guide hole (63a) of the guide plate (63). The method of claim 1, The main support 10 is formed in a semi-circular shape corresponding to the ceiling shape inside the barn, washing is characterized in that a plurality of spraying nozzles 30 pair connected to the connection chain 40 is provided on the main support 10 Watering device. The method of claim 1, The main support 10 is integrated with the moving means 70 having a moving wheel 72 moved along the guide rails 71 of the barn-inner ceiling and a drive motor 73 for driving the moving wheels 72. Washing device for cleaning, characterized in that coupled to move.

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